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Discrete Differential Geometry by Alexander I. Bobenko, Yuri B. Suris




Discrete Differential Geometry - Table of Contents

  • 1. Classical Differential Geometry Foundations
  • 2. Discrete Differential Geometry Principles
  • 3. Convergence and Approximation Methods
  • 4. Consistency as Integrability
  • 5. Discrete Linear Complex Analysis
  • 6. Integrable Circle Patterns

What You Will Learn in Discrete Differential Geometry

Discrete Differential Geometry by Alexander I. Bobenko and Yuri B. Suris bridges modern differential geometry with discrete mathematics and computer graphics. Downloading this discrete differential geometry bobenko suris pdf enables researchers and graduate students to master discrete curvature, cross-ratios, and quad-graph networks.

The text thoroughly investigates discrete minimal surfaces, isothermic surfaces, 3D-consistency, and integrable systems on graphs. Studying this foundational discrete differential geometry book equips mathematicians and computer scientists with advanced tools for digital geometry processing and architectural modeling.

Offered as a free academic download discrete differential geometry pdf download, this landmark text remains an essential resource for geometers, theoretical physicists, and graphics software engineers.

Book Details & Specifications

Title: Discrete Differential Geometry by Alexander I. Bobenko, Yuri B. Suris
Publisher: World Scientific Publishing Co.
Year: 2005
Pages: 157
Type: PDF
Language: English
ISBN-10 #: 0821847007
ISBN-13 #: 978-0821847008
License: Arxiv License
Amazon: Amazon

About the Author: Alexander I. Bobenko

The author Alexander I. Bobenko is a distinguished Professor of Geometry at the Technical University of Berlin (TU Berlin), globally recognized for his pioneering work in discrete differential geometry and mathematical visualization.

Co-author Yuri B. Suris is Professor of Applied Mathematics at TU Berlin, known internationally for his research in integrable systems and discrete mechanics. Their joint masterwork Discrete Differential Geometry by Bobenko and Suris defined the theoretical framework of modern discrete geometric analysis.


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